VS_2017

Electronic Ballasts for TC and T Lamps
ELXd – Dimmable with push key or DALI
with lamp detection
1
Dimming range:
approx. 1–100% of lamp power
PUSH: dimmable with usual push key
DALI: poles are not polarity sensitive
(protected if connected to mains voltage)
for use with DALI compatible control units
Push-in terminals: 0.5–1 mm²
EOL shut down approved
acc. to EN 61347 Test 2 (for T5)
EOL 2 shut down (for T8)
standby power consumption: ≤ 0.2 W
Complete implementation of the DALI-standard:
addressable, memory store for scenes and groups,
revertive information communication, physical and
RND-selection, standardized lamp characteristic
Low-power design ensures very low standby
power consumption
Compatible with IEC 62386
2
3
T5 TC BUILT-IN 1–10 V
T8 INDEPENDENT DALI/PUSH
Lamp Electronic ballast System
Output Type Base Power con- Type Ref. No. Voltage AC Energy Ambient Casing Casing Output Luminous
sumption 50, 60 Hz efficiency temperature temperature factor
W W V±10% ta (°C) tc (°C) W %
For T5 lamps – Casing: M10, M11, M22, M23 and M24
14 T5 G5 1 x 13.7 ELXd 135.724 188932 220–240 A1 BAT 10 to 50 max. 65 M10 16.4 102.6
1 x 14.0 ELXd 124.600 188329 220–240 A1 BAT 10 to 50 max. 75 M22 16.0 100.0
2x14 T5 G5 2 x 13.6 ELXd 235.725 188933 220–240 A1 BAT 10 to 50 max. 70 M11 33.4 96.7
2 x 14.0 ELXd 224.601 188330 220–240 A1 BAT 10 to 50 max. 75 M24 31.0 100.0
3x14 T5 G5 3 x 14.0 ELXd 324.626 188600 220–240 A1 BAT 10 to 50 max. 75 M23 45.3 100.0
4x14 T5 G5 4 x 14.0 ELXd 424.628 188602 220–240 A1 BAT 10 to 50 max. 75 M23 60.4 100.0
21 T5 G5 1 x 20.7 ELXd 135.724 188932 220–240 A1 BAT 10 to 50 max. 65 M10 24.3 102.7
1 x 21.0 ELXd 139.602 188331 220–240 A1 BAT 10 to 50 max. 75 M22 23.0 100.0
2x21 T5 G5 2 x 20.5 ELXd 235.725 188933 220–240 A1 BAT 10 to 50 max. 70 M11 47.0 97.6
2 x 21.0 ELXd 239.621 188350 220–240 A1 BAT 10 to 50 max. 75 M24 45.0 100.0
24 T5 G5 1 x 23.0 ELXd 124.600 188329 220–240 A1 BAT 10 to 50 max. 75 M22 26.0 100.0
2x24 T5 G5 2 x 23.0 ELXd 224.601 188330 220–240 A1 BAT 10 to 50 max. 75 M24 50.0 100.0
3x24 T5 G5 3 x 23.0 ELXd 324.626 188600 220–240 A1 BAT 10 to 50 max. 75 M23 73.4 100.0
4x24 T5 G5 4 x 23.0 ELXd 424.628 188602 220–240 A1 BAT 10 to 50 max. 75 M23 97.6 100.0
28 T5 G5 1 x 27.8 ELXd 135.724 188932 220–240 A1 BAT 10 to 50 max. 65 M10 32.0 104.1
1 x 28.0 ELXd 154.603 188332 220–240 A1 BAT 10 to 50 max. 75 M22 31.0 100.0
2x28 T5 G5 2 x 27.3 ELXd 235.725 188933 220–240 A1 BAT 10 to 50 max. 70 M11 62.1 95.1
2 x 28.0 ELXd 254.604 188333 220–240 A1 BAT 10 to 50 max. 75 M24 61.0 100.0
35 T5 G5 1 x 34.7 ELXd 135.724 188932 220–240 A1 BAT 10 to 50 max. 65 M10 40.0 107.5
1 x 35.0 ELXd 180.605 188334 220–240 A1 BAT 10 to 50 max. 75 M22 38.0 100.0
2x35 T5 G5 2 x 33.9 ELXd 235.725 188933 220–240 A1 BAT 10 to 50 max. 70 M11 76.9 98.7
2 x 35.0 ELXd 280.631 188605 220–240 A1 BAT 10 to 50 max. 75 M24 74,0 100,0
ELXd 249.606 188335 220–240 A1 BAT 10 to 50 max. 75 M24 75.0 100.0
39 T5 G5 1 x 38.0 ELXd 139.602 188331 220–240 A1 BAT 10 to 50 max. 75 M22 42.0 100.0
2x39 T5 G5 2 x 38.0 ELXd 239.621 188350 220–240 A1 BAT 10 to 50 max. 75 M24 82.0 100.0
49 T5 G5 1 x 49.0 ELXd 180.605 188334 220–240 A1 BAT 10 to 50 max. 75 M22 54.0 100.0
2x49 T5 G5 2 x 49.0 ELXd 280.631 188605 220–240 A1 BAT 10 to 50 max. 75 M24 101,0 100,0
ELXd 249.606 188335 220–240 A1 BAT 10 to 50 max. 75 M24 104.0 100.0
54 T5 G5 1 x 54.0 ELXd 154.603 188332 220–240 A1 BAT 10 to 50 max. 75 M22 59.0 100.0
2x54 T5 G5 2 x 54.0 ELXd 254.604 188333 220–240 A1 BAT 10 to 50 max. 75 M24 115.0 100.0
80 T5 G5 1 x 80.0 ELXd 180.605 188334 220–240 A1 BAT 10 to 50 max. 75 M22 88.0 100.0
2x80 T5 G5 2 x 80.0 ELXd 280.631 188605 220–240 A1 BAT 10 to 50 max. 75 M24 165.0 100.0
Circuit diagrams see pages 220–223
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7
8
9
10
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